WO2011062366A2

WO2011062366A2 - Light combined with a cable

Info

Publication number: WO2011062366A2
Application number: PCT/KR2010/006816
Authority: WO
Inventors: 이재용; 권송이
Original assignee: 주식회사 스타라이팅
Priority date: 2009-11-17
Filing date: 2010-10-06
Publication date: 2011-05-26
Also published as: KR100961258B1; US8746938B2; US20120243225A1; WO2011062366A3; CN102667335A; CN102667335B

Abstract

The present invention relates to a light, and more particularly, to a light combined with a cable, which effectively illuminates a cable-stayed bridge in which a deck slab is fixed by a cable, or a structure in which wires or cables are combined, so as to achieve improved visual effects to landscape. The light of the present invention comprises a frame (110), a lamp (120), a housing (130), and a switch (150). The frame (110) comprises: a through-hole (111) for the a cable (13) to pass therethrough; a plurality of lamp mounting grooves (112) formed along the circumference of the through-hole (111); and fastening holes (114) which are formed along the circumferential surface of the frame and in communication with the through-hole (111) in the horizontal direction, and each of which has an inner surface provided with a female screw thread. The lamp mounting grooves (112) are formed into steps such that lamp mounting grooves closer to the through-hole (111) are deeper than those far away from the through-hole. The frame (110) further comprises a bar-shaped first fastening bolt (116) which penetrates through one of the fastening holes (114), and which has a circumferential surface with a male screw thread so as to engage with the female screw thread. The lamp (120) has light sources (121) fixed in the respective lamp mounting grooves (112) to emit light. The housing (130) accommodates the frame (110). The switch (150) controls the flickering operation of the lamp (120), and is installed within the housing (130).

Description

[Correction by rule 26.01.2010] cable integrated lamp

The present invention relates to a lighting lamp, and more particularly, to a cable-integrated lighting lamp that can effectively enhance the cable-stayed bridge to which the top plate is fixed by a cable, the sculptures combined with a wire or cable, to enhance the visual effect of the landscape image. .

Various sculptures for landscaping, commodities displayed for product introduction, and large structures such as bridges and buildings (hereinafter referred to as "objects") are illuminated for a gorgeous appearance.

The appearance of the lighting by the lighting is made of the position and color of the lighting according to the shape of the object or the point to be highlighted.

On the other hand, the object also includes a large structure such as a cable-stayed bridge.

The cable-stayed bridge 10 (refer to FIG. 1) is a structure that is advantageous in economics and aesthetics by fixing the top plate 12 of the bridge by connecting the cable 13 bent obliquely in the tower 11 with the girder. Taking advantage of these advantages, the lamp 100 illuminating the cable 13 is installed so that the appearance of the cable-stayed bridge 10 is exposed at night. That is, as shown in Figure 1 (a diagram schematically showing the installation of the lamp illuminating the cable-stayed bridge) after the separate lamp 100 is arranged at one point of the upper plate 12 to which the cable 13 is connected It is to illuminate upward along (13) so that the light of the illumination lamp 100 may be irradiated in the longitudinal direction of the cable 13.

As a result, since the cable 13 of the cable-stayed bridge 10 is illuminated by the lamp 100, it is possible to see the wiring position and appearance of the cable 13 even at night, through which the unique structural / You can enjoy the external features.

By the way, since the conventional lamp 100 is to illuminate in the longitudinal direction of the cable 13 in a state adjacent to the side of the pre-installed cable 13, the lamp 100 can irradiate light in parallel with the cable (13). Was not. That is, the arrangement of the conventional lamp 100 was merely to illuminate the side of the cable 13 is disposed obliquely. In addition, the conventional lamp 100 is to hinder the visual concentration of the cable 13 due to the diffusion of light, and the discrimination of the cable 13 due to interference with the light irradiated by other neighboring lights, the cable-stayed bridge ( A plurality of lamps (100) installed along the top plate 12 of 10) was irrational to fall into the form of simply irradiating light toward the sky.

Accordingly, the present invention has been made to solve the above problems, it is possible to effectively illuminate the object, such as cable of the cable-stayed bridge to highlight the geometrical characteristics of the object, and separate processing for the object already installed It is a technical problem to provide a cable-integrated lamp that can be installed without the need.

The present invention to achieve the above technical problem,

A through hole through which the cable penetrates, a plurality of lamp mounting grooves arranged around the through hole, and a fixing hole formed in the circumferential surface so as to be horizontally penetrated to the through hole and an internal thread is provided on the inner surface, respectively. The mounting groove is arranged in a staircase shape in which the through hole is recessed, the frame further comprises a first tightening bolt formed in the shape of a bar that penetrates through the fixing hole has a male screw thread engaged with the female thread;

A lamp having a light source fixed to the lamp mounting groove and emitting light;

A housing enclosing the frame; And

A flasher which controls the flashing of the lamp and is built in the housing;

It is a cable integrated lamp comprising a.

Since the present invention is fixed integrally with an object such as a cable of the cable-stayed bridge and illuminates side by side in the longitudinal direction of the object, the effect of irradiating light with the cable can be obtained, and it can be applied to an existing object and integrated. There is.

1 is a view schematically showing the installation of a lamp for illuminating the cable-stayed bridge,

2 is a perspective view showing a state of a lamp according to the present invention;

3 is a view showing a state in which the lamp is installed on the bridge according to the invention,

4 is an exploded perspective view illustrating a frame of a lamp according to the present invention;

5 is a sectional view showing a frame of a lamp according to the present invention;

6 is a block diagram showing a configuration for remote control of a lighting lamp according to the present invention;

7 is an exploded perspective view showing another embodiment of the frame according to the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is a perspective view showing the appearance of a lamp according to the present invention, Figure 3 is a view showing a state in which the lamp according to the invention installed on a bridge, it will be described with reference to this.

The lighting lamp 100 ′ according to the present invention includes a frame 110 on which a plurality of lamps 120 are mounted, and a housing 130 which fixes the frame 110 at a specific point while wrapping and protecting the frame 110. do. In this case, the frame 110 and the housing 130 are molded to penetrate the cable 13 as shown.

On the other hand, it is preferable that the lamp 100 'according to the present invention be applied to a specific object such as a cable-stayed bridge 10, but of course, the cable 13 or similar rods may be applied to an object configured. Therefore, hereinafter, the application of the lamp 100 'is limited to the cable-stayed bridge 10 (see Fig. 1), but the application is not limited to the cable-stayed bridge 10, the object is within the scope of the claims It can be changed in various ways.

As described above, since the cable-stayed bridge 10 has a structure in which a plurality of cables 13 fix and connect the upper plate 12, the cable 13 is connected to the upper plate 12 at regular intervals. At this time, the lamp 100 'according to the present invention is fixed to penetrate the cable 13 can effectively illuminate all the peripheral surface of the cable (13). In addition, since the lamp 100 ′ is fixedly connected to the cable 13, the lamp 100 ′ moves along the cable 13 that is shaken by the strong wind. As a result, the lamp 100 'is aimed at the direction of movement according to the swing of the cable 13 to automatically adjust the lighting direction, and operates together with the shaking of the cable 13, thereby causing damage due to external force applied by the cable 13. Can be minimized.

For reference, as shown in FIG. 3, the cable 13 of the cable-stayed bridge 10 is inclined as the closer to the tower 12 (refer to FIG. 1), and accordingly, the housing 130 of the lamp 100 'is also correspondingly. You will see different inclinations depending on the installation location.

Figure 4 is an exploded perspective view showing a frame of the lamp according to the present invention, Figure 5 is a cross-sectional view showing a frame of the lamp according to the present invention, will be described with reference to this.

The frame 110 of the lamp 100 'according to the present invention has a through hole 111 for penetrating the cable 13, and mounts the first, second and

third lamps

120, 120' and 120 ". A plurality of lamp mounting groove 112 for the arrangement is formed in a concentric shape around the through-hole 111. Of course, the arrangement of the lamp mounting groove 112 may be a polygonal shape instead of a circle, but the cable ( 13) and the first, second and

third lamps

120, 120 ', 120 "to maintain a certain distance it will be desirable to form a concentric circle.

Subsequently, the lamp mounting groove 112 disposed in the form of a plurality of concentric circles forms a stepped shape that is recessed closer to the cable 13. This allows the first, second, and

third lamps

120, 120 ′, 120 ″ mounted in the lamp mounting groove 112 to intensively illuminate the cable 13 without scattering light, and not the cable 13. It is effective to disperse light source points so that visual focus is not achieved by the illumination lamp 100 '. More specifically, the first, second, and

third lamps

120, 120', and 120 "emit light on the same plane. When the light source of the first, second, and

third lamps

120, 120 ', and 120 "are all concentrated, the plane has a very high brightness. That is, when the lighting is viewed from a distance, the first, second, and third lights The attention is focused only on the plane in which the

lamps

120, 120 'and 120 "are located, and the outer shape of the cable 13 adjacent to the lamp is not visible due to excessive brightness. However, when the first, second, and

third lamps

120, 120 ', and 120 "are stepped in a stepped manner in which the center is recessed, the light source may be dispersed and effectively illuminate the cable 13, and structurally, the illumination direction may be changed. Since performing the function of the guide shade, it is possible to maximize the lighting efficiency for the longitudinal direction of the cable (13).

Meanwhile, the first, second, and

third lamps

120, 120 ′ and 120 ″ may form an arc shape in which a plurality of light sources 121 are mounted as shown, and the light source 121 itself is a lamp mounting groove 112. May be individually mounted.

Subsequently, it is necessary to refract the optical path so that the light irradiated from the light source 121 can concentrate the illumination of the cable 13. To this end, the first, second and

third lamps

120, 120 ′, 120 ″) further includes a lens 122.

As described above, the lens 122 adjusts the optical path, and as the lens 122 of the lamp adjacent to the cable 13 increases, the refractive index is increased so that the light of the lamp directly illuminates the cable 13. Bridges such as cable-stayed bridges (10) are roads for penetrating the sea or rivers, so the appearance of fog occurs frequently due to their locational characteristics. Since a relatively wide range of illumination can be distributed, it is easy to identify the cable 13 even in the event of a fog, and in particular, a lamp adjacent to the cable 13 (especially a third lamp; 120 ") directly illuminates the cable 13 itself. Even at night or in the fog, the point where the lamp 100 'is fixed to the cable 13 can be seen remotely. Of course, this advantage provides a guide to the vehicle or pedestrian, thus ensuring the safety of the pedestrian or pedestrian. Can drive traffic.

On the other hand, since the lamp mounting groove 112 has the first, second and

third lamps

120, 120 'and 120 "respectively mounted, the lamp mounting groove 112 drives the first, second and

third lamps

120, 120' and 120". Wires must be wired. Accordingly, the lamp mounting groove 112 is formed with a wiring hole 113 through which the wire passes, so that the wire drawn from the outside can be connected to the first, second, and

third lamps

120, 120 ′, 120 ″. .

Subsequently, the lighting lamp 100 ′ according to the present invention may be provided with reinforcing first and second tightening

bolts

116 and 117 to improve fixability with the cable 13.

A plurality of first and second tightening

bolts

116 and 117 are radially inserted horizontally into the circumferential surface of the frame 110 to wrap and fix the circumference of the cable 13 vertically penetrating the frame 110. The upper and lower ends of the 110 are arranged in pairs, respectively. That is, the first tightening bolt 116 located at the upper end of the frame 110 is fixed closely to the circumference of the cable 13 primarily, and the second tightening bolt 117 located at the lower end of the frame 110 is connected to the cable 13. ) Is fixed to the second round tightly to achieve a solid bond between the cable 13 and the lamp 100 '.

To this end, a fixing hole 114 is formed in the circumferential surface of the frame 110 to penetrate through the through hole 111 and penetrates horizontally so that the bar-shaped first tightening bolt 116 is inserted through the fixing hole 114. Can lose. At this time, a female thread (not shown) is formed on the inner surface of the fixing hole 114, and a male thread is formed on the circumferential surface of the first tightening bolt 116, and the female and male threads are combined. The one tightening bolt 116 is firmly fixed to the fixing hole 114.

Since the first tightening bolt 116 is fixed in close contact with the cable 13, the cable 13 surrounded by the one ends on the circumferential surface is firmly bound to the frame 110 without shaking. For reference, at the other end of the first tightening bolt 116, a tightening hole for engaging a tool such as a driver will be formed. ) May move horizontally through the fixing hole 114 of the frame 110.

Meanwhile, the second tightening bolt 117 is fixed to the jaw 115 protruding in the longitudinal direction of the cable 13 while surrounding the through hole 111. The first tightening bolt 116 and the fixing hole 114 are fixed to the second tightening bolt 117. In the same manner as the fixing between the screw threaded coupling method is fixed close to the circumference of the cable (13).

At one end of the first and second tightening

bolts

117 and 118 which are in direct contact with the cable 13, the first and

second contact bars

116a and 117a for tightly wrapping the cable 13 are reinforced. It is provided. The first and

second contact zones

116a and 117a are preferably made of a material having a large coefficient of friction and elasticity. Typically, a synthetic resin material such as rubber may be applied. In addition, the first and

second contact bolts

116a and 117a are rotatably fixed at one end of the first and second tightening

bolts

117 and 118, so that the first and second tightening

bolts

117 and 118 rotate when the first and second tightening

bolts

117 and 118 are rotated. 2, the close contact (116a, 117a) is in close contact with the cable 13, respectively, to maintain a stopped state, the first and second tightening bolts (117, 118) to smoothly rotate to press the cable (13) .

Since the lamp 100 'according to the present invention is applied to the cable 13 of the existing cable-stayed bridge 10, the frame 110 surrounding the cable 13 will have to be assembled. Therefore, the frame 110 is separated into semicircular shapes so that they can be assembled, and after assembly, the frames 110 are fastened to each other by means of public and public fastening means. To this end, the lamp 100 'according to the present invention may further include a housing 130 for wrapping and fixing the frame 110 assembled with each other.

On the inner surface of the housing 130, a support 131 for protruding and firmly supporting the frame 110 without movement is formed, and a flasher for controlling the blinking of the first, second, and

third lamps

120, 120 ', and 120 ". A hollow is formed to accommodate the 150. For reference, the flasher 150 is connected to the first, second, and

third lamps

120, 120 ', and 120 "through wires, such as changes in day and night conditions and the like. Accordingly, the flashing of the first, second and

third lamps

120, 120 ′ and 120 ″ is controlled.

Figure 6 is a block diagram showing a system configuration for remote control of a lighting lamp according to the present invention, will be described with reference to this.

Since one or more lighting lamps 100 'and 100 "are respectively installed in the cable 13 of the cable-stayed bridge 10, a number of lighting lamps 100' and 100" are mounted in one cable-stayed bridge 10. Therefore, the control box 200 for controlling a number of lamps (100 ', 100 ") is reinforced and installed, the flasher 150 of the lamps (100', 100") is controlled by the control box 200 first To control the flashing of the 2,3

lamps

120, 120 'and 120 ".

Meanwhile, only the first lamp 120 may be turned on at a clear night, and the first, second, and

third lamps

120, 120 ′ and 120 ″ may be turned on at a foggy night. For this purpose, the control box 200 may be turned on. And a controller 220 for controlling the flasher 150 of the lamps 100 'and 100 ", and a fog sensor 210 for detecting the presence or absence of fog. Accordingly, when the fog sensor 210 continuously checks the weather condition and detects fog, the fog sensor 210 transmits it to the controller 220, and the controller 220 controls the flasher 150 to control the first, second, and third lamps 120,. 120 ', 120 "). As a result, the cable 13 of the cable-stayed bridge 10 can be easily identified irrespective of the weather conditions.

For reference, the fog sensor 210 and the controller 220, and the flasher 150 for controlling the flashing of a plurality of lamps are well-known and common techniques, and thus detailed descriptions of the respective mechanical / electrical structures will be omitted.

Figure 7 is an exploded perspective view showing another embodiment of the frame according to the present invention, will be described with reference to this.

As described above, since the lamp 100 'according to the present invention is applied to the cable 13 installed in the existing, etc., the frame 110 forming the basic frame of the lamp 100' becomes detachable and assembled. .

Various fastening means may be applied to assemble the first and second bodies A and B, which are separate semicircular shapes of the frame 110, from each other. In the embodiment of the present invention, the binding groove 118 and the binding protrusion are provided. Sliding method by (119, 119 ') was applied. The binding groove 118 and the binding protrusions 119 and 119 'are formed on each surface of the first and second bodies A and B in contact with each other, so that the binding protrusion 119' is inserted into the binding groove 118 to be fitted. The physics is bound to each other in a structure, through which the semicircular first and second bodies A and B separated into two pieces are completed in a circular complete frame 110.

For reference, the binding grooves 118 and the binding

protrusions

119 and 119 ′ are formed on one surface of the semicircular first and second bodies A and B facing each other so that the components slide upward and downward. To interlock.

Subsequently, when the circular frame 110 is completed, the semi-circular arc-shaped finish 300 is seated on the upper surface of the frame 110, and the fastening holes 110a and the finishing table 300 of the frame 110 are disposed. The frame 110 and the finishing table 300 are fixed to each other through fastening means (not shown) such as bolts or pins fitted to the catching holes 310.

At this time, since the finishing table 300 is staggered so as to cover a boundary between the first and second bodies A and B as shown, the finishing table 300 is the first and second bodies A of the frame 110. , B) performs the function of a linker connecting each other.

Claims

A through hole 111 through which the cable 13 penetrates, a plurality of lamp mounting grooves 112 disposed around the through hole 111, and a through hole 111 are drilled and horizontally penetrated, and an internal thread is provided on the inner surface thereof. Fixing holes 114 formed on the circumferential surface thereof are formed, respectively, and the plurality of lamp mounting grooves 112 are arranged in a stepped shape in which the through hole 111 is recessed, and the bars are fitted through the fixing holes 114. A frame 110 further comprising a first tightening bolt 116 having a male screw thread engaged with the female screw thread in a circumferential surface thereof;

A lamp 120 having a light source 121 fixed to the lamp mounting groove 112 and emitting light;

A housing 130 which encloses the frame 110 internally; And

A flasher 150 that controls the blinking of the lamp 120 and is embedded in the housing 130;

Cable integrated lamp, characterized in that it comprises a.
The method of claim 1,

One end of the first tightening bolt (116) in contact with the cable (13) is a cable integrated lamp, characterized in that the first contact (116a) of the elastic material is rotatably fixed.
The method of claim 1,

The tuck 115 protrudes along the circumference of the through hole 111, and further includes a second tightening bolt 117 horizontally moving through the thread coupling while penetrating the tuck 115 horizontally. Lighting.
The method of claim 3, wherein

One end of the second tightening bolt (117) in contact with the cable (13), the cable-integrated lamp, characterized in that the second contact (117a) of the elastic material is rotatably fixed.
The method of claim 1,

The lamp 120 further includes a lens 122 for adjusting the irradiation direction of the light emitted from the light source 121, the more the lens 122 of the lamp 120 adjacent to the cable 13, the more the cable 13 is directly A cable integrated lamp, characterized in that for refracting the light to be irradiated.
The method of claim 1,

The frame 110 is a cable integrated lamp, characterized in that it comprises a first, second body (A, B) that can be separated and assembled around the through-hole (111) for removal from the cable (13).
The method of claim 6,

The first and the second body (A, B) is a cable-integrated lamp, characterized in that the coupling groove 118 and the binding projections (119, 119 ') formed by sliding each other on one surface in contact with each other.
The method according to claim 6 or 7,

The first and the second body (A, B) is assembled to each other and seated and fixed on the upper surface of the completed frame 110, a plurality of finishing table is arranged staggered to cover the boundary of the first, second body (A, B) Cable integrated lamp, characterized in that it further comprises (300).